MyMath 6.1.16 API

All Implemented Interfaces:: org.osmdroid.views.util.constants.MathConstants


public class MyMath
 implements MathConstants

Method Summary

Modifier and Type	Method	Description
`static double`	`gudermannInverse(double aLatitude)`
`static double`	`gudermann(double y)`
`static int`	`mod(int number, int modulus)`
`static long`	`floorToLong(double pValue)`	Casting a _negative_ double into a long has a counter-intuitive result.E.g.
`static int`	`floorToInt(double pValue)`
`static int`	`getNextSquareNumberAbove(float factor)`
`static double`	`getAngleDifference(double pStart, double pEnd, Boolean pClockwise)`
`static double`	`cleanPositiveAngle(double pAngle)`
`static double`	`computeAngle(long pX1, long pY1, long pX2, long pY2)`
`static void`	`computeCirclePoint(long pCenterX, long pCenterY, double pRadius, double pAngle, PointL pOutput)`

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Method Detail
  - gudermannInverse
```
 static double gudermannInverse(double aLatitude)
```
  - gudermann
```
 static double gudermann(double y)
```
  - mod
```
 static int mod(int number, int modulus)
```
  - floorToLong
```
 static long floorToLong(double pValue)
```
    Casting a _negative_ double into a long has a counter-intuitive result.E.g. (long)(-0.4) = 0, though -1 would be expected.Math.floor would be the answer, but I assume we could go faster than (long)Math.floor
  - floorToInt
```
 static int floorToInt(double pValue)
```
  - getNextSquareNumberAbove
```
 static int getNextSquareNumberAbove(float factor)
```
  - getAngleDifference
```
 static double getAngleDifference(double pStart, double pEnd, Boolean pClockwise)
```
    Parameters:
    
    pStart - start angle
    
    pEnd - end angle
    
    pClockwise - if null, get the smallest difference (in absolute value)if true, go clockwiseif false, go anticlockwise
  - cleanPositiveAngle
```
 static double cleanPositiveAngle(double pAngle)
```
    Parameters:
    
    pAngle - angle in degree
  - computeAngle
```
 static double computeAngle(long pX1, long pY1, long pX2, long pY2)
```
  - computeCirclePoint
```
 static void computeCirclePoint(long pCenterX, long pCenterY, double pRadius, double pAngle, PointL pOutput)
```
    Parameters:
    
    pAngle - clockwise angle, in radian, value 0 being 3 o'clock